Wire&Cable


Some of the studies have obtained statistical information about the fire is as follows

1,389,500 fires were reported in the U.S. during 2011. 3,005 civilian fire deaths, 17,500 civilian fire injuries and $11.7 billion in property damage 61 firefighter deaths during fires.(Source: www.nfpa.org)

In the light of all these data, making more secure and fire-resistant building materials is inevitable. At his point there are some various fire-resistant mechanisms.


In order to consider market requirements HDOPLAT developed flame retardant compounds which have different fire-resistant combustion mechanism.

• Although the halogen elements which take part Group 7A in periodic table are highly effective against the fire, they generate HCl, HBr, etc dangerous gases during combustion reactions can cause serious damages to human health when inhaled. So the usages of halogenated based flame retardant systems have been decreases in last decades.




• HDOPLAST have developed low smoke and flame retardant, HFFR compounds which have no significant hazardous effects for different applications.


HFFR SHEATHING COMPOUNDS

HFFR sheathing compounds for wire& cable applications developed according to BS, DIN and UL94 standards.


HFFR BEDDING COMPOUNDS

HFFR bedding compounds for wire& cable applications developed according to BS standards, coex and tandem extrusion methods.


PE BASED FILLER

It is designed for PVC based insulation and sheathing cables to remove talc usage that used for non-sticky of each layer in cables. The grades which comply REACH and RoHS standard are available.

HFFR INSULATION COMPOUND

HFFR insulation compounds for wire& cable applications developed according to UV Resist, BS, DIN and UL94 standards.

For more information please contact with Sales and Marketing department.